Water injection automation in coffee production
Controlling and measuring exact amounts of condiments, spices and ingredients directly determines important quality factors in the food industry, such as consistency, flavour and processing times. During its manufacturing process, coffee should be roasted in specific temperature ranges, with its taste and quality connected to its moisture content.
Group Instrumentation was asked by a coffee producer to supply a measurement system that could monitor moisture levels in coffee after the final roaster. During this process, to ensure the optimum taste it is essential to keep good moisture characteristics for conveying until the packing process. The coffee producer required a moisture range between 3.5–5% and functionality to control water injection into the roaster.
The M-Sens 2 continuously measures up to 65% of moisture content in materials conveyed on different devices, such as screw feeders, conveyor belts, slides and more. The M-Sens 2 monitors the moisture levels of coffee grains by controlling injection into the roaster. Measuring the moisture makes it possible to determine when and how much water should be injected into the final coffee roaster. After the automatic control, the manufacturing process becomes more reliable due to online measurement that updates a new set point for the water injection lines when a change in moisture content is detected. By automating and monitoring the water injection in coffee production, coffee producers can determine a fixed moisture range for their products, between 3.5–5%.
The M-Sens 2 provides online control of the water injection and allows users to avoid missing moisture changes in their product by measuring moisture levels through the coffee beans.
Phone: 07 3255 5158
Kaeser has launched its next-generation heatless regenerated desiccant dryers.
The HRS BP Series Piston Pump can handle delicate foodstuffs without damage, while working at...
The Atlas Copco VSD+ app allows a range of vacuum pumps to be controlled and monitored in real...